A team of 60 highly qualified engineers and technicians which were involved or still involved in many European scientific and technological projects.
The Division of Scientific Equipment and Infrastructure Construction (DAI) was established in 2007. Since then, DAI has been involved in various large international projects as well as in those carried out at IFJ PAN. The experience accumulated by DAI and other technical staff of IFJ PAN fall into the following categories:
- Assembly & installation of the systems: ATLAS, T2K, W7-X, SPIRAL 2, ESS
- Quality Assurance: LHC, XFEL, ESS
- Engineering & prototyping of mechanical and electronic/electrical equipment: LHC, T2K, W7-X, CTA, ITER, CCB, HiLumi-LHC, Pierre Auger Observatory SSD
- Software engineering, LabView programming, web applications development: LHC, XFEL, ESS
- FEM (ANSYS) calculations: CTA, ITER, W7-X, T2K
More details can be found at https://www.ifj.edu.pl/str/tech/dai/?lang=en.
Machine park includes mechanical and electronic workshops with a climate chamber. The workshop consists of several lathe, milling and many other CNC machines. The Division of Scientific Equipment and Infrastructure Construction (DAI) has also its own electronic laboratory. It is equipped with: Oscilloscopes, Programmable Power Supplies, Digital Multimeters, Data Acquisition Cards, soldering stations, sets of dedicated tools, and components. Machine park includes also the climate chamber. It is a useful device to provide the constant temperature and humidity for many applications. It has been used for tests of inorganic structures.
The IFJ PAN assures the liquid helium to in-site laboratories. The currently used helium liquefier efficiency is of order of 20 l/hour with LN2 precooling. The LN2 is also available in the institute for research at liquid nitrogen temperatures. The IFJ PAN is under process of purchasing of new helium liquefier to assure the liquid helium for a newly build cryogenic infrastructure.
New experimental infrastructure
The new IFJ PAN infrastructure is under construction . The completion of the experimental hall is foreseen by the end of 2017. The infrastructure will serve for:
- accelerator physics & technology
- design and prototyping instruments for neutron physics
- beam diagnostics
- design, prototyping and testing of SC magnets
- superconductors technology
Parameters of the new experimental and research building:
- 300m2 of experimental hall with 20T crane
- 1000m2 laboratories and offices
- large vertical cryostat
- small mobile research cryostat
- helium liquefier